Nonlinear Analysis and Synthesis Techniques for Aircraft Control 2007th Edition by Declan Bates, Martin Hagstrom ISBN 3540737189 9783540737186 by Declan Bates, Martin Hagstrom 9783540737186, 3540737189 instant download after payment.

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ISBN 10: 3540737189 
ISBN 13: 9783540737186
Author: Declan Bates, Martin Hagstrom

Nonlinear Analysis and Synthesis Techniques for Aircraft Control 2007th Table of contents:

Part I: Nonlinear Analysis Techniques for Aircraft Control

2. Tools and Methods for Nonlinear System Analysis
   • Phase Plane Analysis (for lower-order systems)
   • Lyapunov Stability Theory (Direct and Indirect Methods)
   • Input-to-State Stability (ISS)
   • Describing Function Method
   • Bifurcation Analysis (e.g., limit cycles, stability boundaries)
   • Sum-of-Squares (SOS) Programming for Nonlinear Analysis (as a more modern technique)
3. Nonlinear Aircraft Models
   • High-Fidelity Nonlinear Aircraft Dynamics (longitudinal, lateral-directional)
   • Aerodynamic Nonlinearities (high angle of attack, stall/post-stall)
   • Actuator Dynamics and Limitations (rate and position limits, saturations)
   • Aeroelastic Effects and Freeplay (if discussed)
4. Analysis of Existing Aircraft Control Systems
   • Assessing Nonlinear Behavior of Gain-Scheduled Controllers
   • Robustness Analysis of Nonlinear Systems (e.g., μ-analysis, structured singular values for nonlinearities)
   • Analysis of Limit Cycle Oscillations and Flight Envelope Boundaries

Part II: Nonlinear Synthesis Techniques for Aircraft Control

5. Nonlinear Control Design Methodologies
   • Feedback Linearization:
     • Exact/Approximate Feedback Linearization
     • Dynamic Inversion Control
   • Sliding Mode Control (SMC):
     • Basic Principles and Design
     • Chattering Reduction Techniques
   • Backstepping Control:
     • Recursive Design for Cascaded Systems
   • Nonlinear Model Predictive Control (NMPC):
     • Principles and Application to Aircraft
   • Adaptive Nonlinear Control:
     • Handling Uncertainties and Unknown Dynamics
   • Fuzzy Logic and Neural Network Control (if included, often as intelligent control)
   • LMI-based Control Synthesis (for robust nonlinear control)
6. Application to Flight Control Problems
   • Full Flight Envelope Control:
     • Control Beyond Stall/High Angle of Attack
     • Aggressive Maneuvering Control
   • Reconfigurable Flight Control:
     • Control in the Presence of Faults or Damage
   • Thrust Vectoring Control
   • UAV/UCAV Control (if discussed, given its relevance to nonlinear dynamics)

Part III: Specific Applications and Case Studies (Often a major focus in such books)

7. On-Ground Aircraft Control
   • Speed Control:
     • Braking Control Systems
     • Engine Thrust Control for Taxiing
   • Directional Control:
     • Nose Wheel Steering Systems (nonlinearities and saturation)
     • Thrust Reverser/Differential Braking for Directional Control
     • Integrated Control for Take-off and Landing
8. Control of Specific Aircraft Subsystems with Nonlinearities
   • Landing Gear Dynamics and Control
   • Braking Systems with Antiskid Control
   • Actuator Nonlinearities and Compensation
9. Fault Tolerant Control in Nonlinear Aircraft Systems
   • Detection, Isolation, and Accommodation of Faults
   • Using Nonlinear Control for Reconfiguration

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Tags: Declan Bates, Martin Hagstrom, Nonlinear